In this paper, I briefly summarize the physical basis of guided- (leaky-) mode resonance effect and present its promising applicability in photonic devices and systems. A summary of potential applications is presented ...

The spectral properties of high-reflection mirrors imbued with two-dimensional (2D) subwavelength periodicity are investigated. The reflectors are designed in a silicon-on-glass film that is partially etched to implement ...

In this paper, we apply transformation optics to design an optical spatial interferometer. The transformation equations are described and two-dimensional finite element simulations are presented to numerically confirm the ...

In this paper, we investigate the electrical, optical and structural properties

of Li-doped SnO2 transparent conducting films deposited on glass substrates

by the spray pyrolysis technique. The SnO2:Li thin ...

In this paper, deposition, electrical, optical and structural characterizations of SnO2–ZnO transparent conducting binary–binary systems with various compositions have been investigated. Firstly, the n-type SnO2 thin films ...

In this paper, deposition and electrical, optical and structural

characterizations of the In2O3:Zn transparent conducting thin films are

investigated. At first, undoped and non-stoichiometric n-In2O3 thin ...

We investigate the dispersion properties of leaky-mode

resonance elements with emphasis on slow-light applications. Using

particle swarm optimization, we design three exemplary bandpass leakymode

devices. ...

In this paper, we address resonant leaky-mode reflectors made

with a periodic silicon layer on an insulating substrate. Our objective is to

explain the physical basis for their operation and to quantify the ...

We apply inverse numerical methods to design compact

wideband reflectors in which a periodic silicon layer supports resonant

leaky modes. Using particle swarm optimization to determine appropriate

device ...